Facade

It protects walls from the weather while providing thermal and acoustic insulation.

Every detail is important

Why is the facade so important?

It is the building’s first line of defense against atmospheric agents such as rain, wind, snow and UV radiation, which protects the walls from damage and degradation. A well-made facade also provides excellent thermal insulation, which helps maintain an optimal temperature inside the building, increasing the comfort of the occupants.

Our standards

We have created documents indicating to what standard we build houses. This gives you the assurance that every detail of your home will be perfectly done.

Thermal and acoustic insulation

We use thermal insulation layers, such as mineral wool or polystyrene foam, which provide high thermal and acoustic insulation, as required by standards (K=0.20-0.25 [W/m²K]). In addition, we take care of proper moisture insulation to eliminate the risk of thermal bridges.

Weather resistance

We design our facades to withstand weather conditions such as rain, wind and temperature fluctuations. We use waterproofing and ventilated facades, which allow moisture to drain effectively, protecting the building structure.

Strength and durability

We use durable materials such as bricks, clay blocks and concrete systems, which guarantees the durability and stability of our buildings. We also use three-layer facades with clinker bricks or ventilated air gap, which further increases their resistance.

Energy efficiency

When designing facades, we emphasize energy efficiency, minimizing energy consumption at the operation and construction stages. With proper thermal insulation and the elimination of thermal bridges, we ensure minimal heat loss, which translates into lower building heating costs.

Technologies used

Facade types

Each of these types of facades provides high thermal insulation and energy efficiency, but the choice of a particular solution depends on individual aesthetic preferences, budget and the specifics of the construction project.

Ventilated facade

It consists of an insulation layer, a ventilation space and a facade cladding. The ventilation space allows air to flow freely, which prevents moisture accumulation and improves thermal insulation.

With thin-coat plaster

ETICS (External Thermal Insulation Composite System) includes an insulating layer (polystyrene or mineral wool), which is covered with a reinforcing mesh and thin-coat plaster.

Made of clinker bricks

A layer of clinker bricks forms the outer shell of the facade, and the space between it and the supporting wall is filled with insulating material. This is a durable and aesthetic solution with high thermal insulation.

Wooden

Wood planks mounted on a frame with thermal insulation. Wooden facade requires regular maintenance, but provides excellent thermal and aesthetic properties.

From composite panels

Composite panels mounted on a frame with thermal insulation, often in a ventilated system. The panels are lightweight, durable and easy to install.

Of natural stone

Stone slabs mounted on special brackets to a load-bearing wall with an insulating layer in between. Natural stone is durable, weather resistant and provides excellent thermal insulation.

DON'T FORGET

Knowledge at a premium

What happens if a mistake creeps in at some stage of house construction? Read.

What do we pay attention to?

Type of insulation material

The choice between Styrofoam and mineral wool depends on thermal insulation and acoustic requirements. The right material affects the thermal efficiency and acoustic comfort of a building.

Protective layer

The use of an appropriate finishing layer, such as silicone or mineral plaster, depends on weather conditions and aesthetics. It affects the durability of the facade and its resistance to dirt.

Facade ventilation system

The choice of ventilation in a ventilated or non-ventilated façade depends on the design of the wall. The correct solution ensures moisture removal and prevents condensation.

Minimize thermal bridges

Correct design and execution of details such as lintels, jambs and crown moldings minimize heat loss and improve the energy efficiency of the building.

Moisture resistance

Choosing the right waterproofing system, such as bitumen membranes or membranes, protects the facade from moisture ingress and ensures the long-term durability of the structure.

Aesthetics of finishing

The use of appropriate cladding, plaster or facade bricks influences the appearance of the building and resistance to external conditions such as UV radiation or pollution.

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